'5 km hr' diaporamas de présentation

Motion Exam Review

Motion Exam Review. Rules for the Game Everyone must solve the problem. USE SCRATCH PAPER Everyone must agree on the final answer Final answers are written on the white board & ONLY shown when time is up. How long did it take for the object to travel 27km?. A: 30 minutes.

498 views • 40 slides

Physics

Physics. Session. Kinematics - 4. Y. Y. Y. Y. X. X. X. X. O. O. O. O. Session Opener. Who is moving ? Who is at rest ? Everything is relative. Session Objective. Two dimensional motion with constant acceleration Relative displacement Relative velocity River and Boat problem

701 views • 36 slides

Physics

Physics. Session. Kinematics - 4. Y. Y. Y. Y. X. X. X. X. O. O. O. O. Session Opener. Who is moving ? Who is at rest ? Everything is relative. Session Objective. Two dimensional motion with constant acceleration Relative displacement Relative velocity River and Boat problem

450 views • 36 slides

ACCELERATION: C10,S2

ACCELERATION: C10,S2. ACCLELERATION DEFINITION. the rate at which velocity changes (includes: speeding up, slowing down, or changing directions). POSITIVE ACCELERATION. Speeding up; also called accelerating. NEGATIVE ACCELERATION.

590 views • 32 slides

ACCELERATION: C10,S2

ACCELERATION: C10,S2. ACCELERATION DEFINITION. the rate at which velocity changes (includes: speeding up, slowing down, or changing directions). POSITIVE ACCELERATION. Speeding up; also called accelerating. NEGATIVE ACCELERATION.

329 views • 32 slides

Motion

407 views • 30 slides

PHY131H1F Class 4

PHY131H1F Class 4. Today, Chapter 2, Sections 2.1 to 2.4 Uniform Motion Average velocity / Instantaneous Velocity Differentiating position to get velocity Integrating velocity to get position Equations of Constant Acceleration. t. Clicker Question. x.

435 views • 27 slides

PHY131H1F Class 4

PHY131H1F Class 4. Today, Chapter 2, Sections 2.1 to 2.4 Uniform Motion Average velocity / Instantaneous Velocity Differentiating position to get velocity Integrating velocity to get position Equations of Constant Acceleration. t. Clicker Question. x.

271 views • 27 slides

Southbound

Pre-queue Flow = 4630 Median lane = 1848 Center lane = 1835 Shoulder lane = 948 Queue Discharge Flow = 4134. Queue Discharge Flow = 4332. Southbound. 2. 1. 37. 290. 37. 1540. 930. 468. 626. 1075. 945. (m). 1110. 1650. 1357. 1250. 2250. 1460. 1280. 8:55. 9:53.

239 views • 9 slides